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Procedure: Chlorode, floride and bromide were
determined via Ion Chromatograpphy (I.C.). Ammonium Ion was determined
by the Kjeldahi method. Cold Vapor Atomic Ansorption (CVAA) spectroscopy
was used for mercury. Graphite Furnace Atomic Absorption (GFAA)
spectroscopy was employed for the determination for arsenic,
selenium, lead, and antimony. All other elements were determined
quantitatively or semi-quantitatively using inductively Coupled
Plasma Optical Emmission Spectrometry (ICP-OES). Double checks
for the diluted or concentrated before analysis. All amounts
listed are in mg/L (milligrams per liter). Total minerals as
determined by evaporation: 15,100 mg/L (anhydrous), 19,000 mg/L
(crystalLine hydrates)
Report of Analysis
|
Mineral |
Units |
Amount |
Mineral |
Units |
Amount |
| Aluminum |
mg/l |
1490 |
Mercury |
mg/l |
0.00045 |
| Antimony |
mg/l |
0.185 |
Molybdenum |
mg/l |
0.001 |
| Arsenic |
mg/l |
.005 |
Neodymium |
mg/l |
0.375 |
| Barium |
mg/l |
0.105 |
Nickel |
mg/l |
1.345 |
| Beryllium |
mg/l |
0.08 |
Niobium |
mg/l |
>0.01 |
| Bismuth |
mg/l |
0.0025 |
Osmium |
mg/l |
0.0045 |
| Boron |
mg/l |
1.525 |
Palladium |
mg/l |
0.001 |
| Bromine |
mg/l |
0.055 |
Phosphorus |
mg/l |
0.005 |
| Cadmium |
mg/l |
0.031 |
Platinum |
mg/l |
>0.001 |
| Calcium |
mg/l |
140 |
Potassium |
mg/l |
8.45 |
| Carbon |
mg/l |
60 |
Praseodymium |
mg/l |
0.0325 |
| Cerium |
mg/l |
0.55 |
Rhenium |
mg/l |
0.002 |
| Cesium |
mg/l |
0.003 |
Rhodium |
mg/l |
0.00045 |
| Chloride |
mg/l |
140 |
Rubidium |
mg/l |
0.0435 |
| Chromium |
mg/l |
0.105 |
Ruthenium |
mg/l |
0.0015 |
| Cobalt |
mg/l |
1.075 |
Samarium |
mg/l |
0.0425 |
| Copper |
mg/l |
0.11 |
Scandium |
mg/l |
0.045 |
| Dysprosium |
mg/l |
0.045 |
Selenium |
mg/l |
0.0075 |
|
| Mineral |
Units |
Amount |
Mineral |
Units |
Amount |
| Erbium |
mg/l |
0.04 |
Silicon |
mg/l |
95 |
| Europium |
mg/l |
0.002 |
Silver |
mg/l |
0.0001 |
| Fluoride |
mg/l |
0.06 |
Sodium |
mg/l |
82.5 |
| Gadolinium |
mg/l |
0.075 |
Strontium |
mg/l |
1.05 |
| Gallium |
mg/l |
0.006 |
Sulfur(sulfate) |
mg/l |
12075 |
| Germanium |
mg/l |
0.33 |
Tantalum |
mg/l |
0.003 |
| Gold |
mg/l |
>0.001 |
Tellurium |
mg/l |
0.015 |
| Hafnium |
mg/l |
0.0015 |
Terbium |
mg/l |
0.0175 |
| Holmium |
mg/l |
0.0055 |
Thallium |
mg/l |
0.425 |
| Indium |
mg/l |
0.0005 |
Thorium |
mg/l |
0.0025 |
| Iodine |
mg/l |
>0.005 |
Thulium |
mg/l |
0.007 |
| Iridium |
mg/l |
>0.005 |
Tin |
mg/l |
0.0155 |
| Iron |
mg/l |
320 |
Titanium |
mg/l |
0.085 |
| Lanthanum |
mg/l |
0.195 |
Tungsten |
mg/l |
>0.003 |
| Lead |
mg/l |
0.005 |
Vanadium |
mg/l |
0.0495 |
| Lithium |
mg/l |
5.45 |
Ytterbium |
mg/l |
0.055 |
| Lutetium |
mg/l |
0.0105 |
Nitrogen(kjeldahl) |
mg/l |
576 |
| Magnesium |
mg/l |
370 |
Zinc |
mg/l |
397.5 |
| Manganese |
mg/l |
14 |
Zirconium |
mg/l |
0.105 |
|
* The analyses were performed by multiple
certified laboratories using samples from multiple production
batches and represent average values. This statement of analysis
has been independently reviewed for accuracy by associates of
Dr. Gerhard Schrauzer Ph.D. Director of the Biological Trace
Elements Research Institute, the Rockland Corporation and Coors
Ceramics Company. American Longevity Majestic Earth Minerals
are plant derived colloidal minerals and are not routinely tested
by the United States Food and Drug Administration. Although great
care is taken in the processing of this product, American Longevity
Majestic Earth Minerals are plant derived colloidal minerals
and as such should be considered a "Natural Living Product".
Because of this, variations of color, taste, and consistency
may occur between batches.
Copyrightt 2002 Youngevity-Revised 03-08-02 Form 90226

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Minerals are essential to
life itself!
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